Five Pole Zinc Micro Mini Cordset Internal Thread Passive Dual Key AM5C2MG060F

Product Information

Specification

About:

• The Five Pole Zinc Micro Mini Cordset with Internal Thread, Passive, Dual Key is a compact, durable solution designed for efficient signal and power transmission in industrial and automation applications. Featuring five poles, this cordset allows for reliable multi-conductor connections in tight spaces, thanks to its micro mini design.
• The robust zinc housing ensures high mechanical strength and resistance to corrosion, while the internal thread provides a secure connection for reliable performance.
• The passive design eliminates the need for active components, simplifying installation and reducing maintenance requirements. The dual key feature ensures proper alignment during connection, preventing misalignment and ensuring a reliable, stable connection.

Also Known As:

Five-Pole Micro Mini Cordset, Zinc Micro Mini Cordset, Five-Pole Passive Cordset, Five-Pole Internal Thread Cordset, Zinc Micro Cordset, Industrial Cordset with Internal Thread, Five-Pole Dual Key Cordset, Zinc Industrial Connector Cordset.

Specification:

Features:

• Designed to support five conductors for versatile signal and power transmission, ideal for more complex applications.
• Robust zinc construction offers excellent durability and resistance to mechanical stress, corrosion, and environmental factors, ensuring long-lasting performance.
• Compact size makes it ideal for tight or space-constrained installations, allowing for high-density setups in various industrial environments.
• Features an internal thread for a secure, stable connection, ensuring a reliable mechanical coupling in demanding applications.
• Built to withstand harsh conditions, including vibrations, high temperatures, and exposure to dust or moisture, ensuring reliable operation over time.
• Suitable for a variety of industrial devices such as sensors, actuators, controllers, and other automation components.
• Streamlined installation process allows for minimal downtime and efficient deployment in the field.